DOI: https://doi.org/10.52202/080513-0142
Majano-Majano, A., Lara-Bocanegra, A.J. (2025) MECHANICAL PROPERTIES OF HIGH-PERFORMANCE LVL MADE FROM EUCALYPTUS GLOBULUS L. 14th World Conference on Timber Engineering 2025 (WCTE 2025) Brisbane, Australia.


DOI: https://doi.org/10.52202/080513-0142

ResumenEn este trabajo se presenta un concepto innovador para el diseño y construcción de láminas reticulares demadera, que combina las ventajas de la flexión activa, las uniones carpinteras y la fabricación digital, utilizandoun nuevo microlaminado (LVL) de Eucalyptus globulus L.,

Abstract This work presents an alternative strategy to the design and fabrication of elastic timber gridshells to bring this type of structures closer to an industrialization and prefabrication context. The research focuses on the use of Moge surfaces as a

Abstract This work presents an innovative construction concept for timber gridshells, integrating active bending, CNC fabrication and carpentry joints, using high-performance Eucalyptus globulus LVL. This engineered wood product enables a fast and dry bending process. The research focuses on material

Abstract Connect4C is a research project funded by the European Union, which aimsto develop a system of high-strength steel connections for circular steel construction. It focuseson developing ready-to-use, standardized solutions for demountable, reusable, and adaptable3D connections, taking advantage of the

Abstract This work explores the design and digital fabrication of elastic timber gridshells integrating principal meshes. These networks guarantee, among others, planar faces discretization, node offset properties and orthogonal meetings of the components what simplifies the joining solution for what

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Abstract En el año 2014 el Ayuntamiento de Lugo presentó la solicitud del proyecto LIFE Lugo + Biodinámico «planificación de un barrio multiecológico como modelo de resiliencia urbana», en el marco del subprograma Acción por el Clima en la línea

Abstract Contemporary architecture has given rise to the design of free-form surfaces with a high degree of complexity. Traditional design methods are unable to solve many of the problems associated with these complex forms, resulting in a gap between the

Abstract The design of gridshells always requires an iterative process between architecture and engineering with accurate adjustment of different parameters from early stages, which causes a great deal of effort. This paper presents five parametrized generative algorithms developed in Grasshopper®